ASUS GeForce EN9800GT Matrix

Picking out a new graphics card is easier to do now than ever, as there seems to be a model to cover every single price-range, and not just from one single GPU manufacturer, either. Today’s card is one that represents the ~$125 price spot and is designed as a step-up from the 9600 GT, with ASUS applying their usual TLC to help add even more appeal.

Introduction, Closer Look

If there’s one thing that’s more true today than ever, it’s that you can get some incredible gaming performance for not too much money. Taking a look at a GPU like a GeForce 9600 GT can prove that. At ~$80, it’s affordable for almost anyone, yet can handle some games with modest settings just fine at super-high resolutions, like 2560×1600. There’s definite value in GPUs today, and it’s great to see.

The next step-up from the previously-mentioned card is of course the 9800 GT, which features a slower core and shader frequencies, but almost doubles the number of cores, effectively giving us a card that’s close to being equivalent to the original 9800 GTX, save for higher frequencies. Given these specs, it’s hard to give a general percentage of performance increase we should see over the 9600 GT, but for the extra $20 the card costs, the value might be far greater.

As it stands today, there are four GPUs that cover this particular price-range. NVIDIA has their 9600 GT and 9800 GT, while ATI has their HD 4830 and HD 4670. Sadly, we don’t have either of the latter cards, but it’s likely safe to say that the performance differences between each card at its respective price-range shouldn’t be too great.

The card we’re taking a look at today comes from ASUS, and is directly battling against ATI’s HD 4830. Both cards hover around the $100 area, with some of the NVIDIA cards going even lower depending on the brand and mail-in rebate. Some at one particular e-tailer were selling for $85 after MIR… which offers further proof to just how much value can be had in today’s GPUs.

Closer Look

ASUS is a company that’s likely familiar to everyone, for varying reasons. The most important one is that generally speaking, most of their products are solid. We’ve had very few in our labs over the course of the past few years that have really let us down, and that’s rare to see from anyone.

The second reason might be the fact that the company produces more products than we can even keep track of. Because of this, the company has to keep conjuring up new ideas, throughout their entire catalogue. One of their product lines that has seen the greatest attention has been their graphics cards, and we’ve taken a good look at many of those in the past.

Model

Core MHz

Shader MHz

Mem MHz

Memory

Memory Bus

Stream Proc.

GTX 280

602

1296

1107

1GB

512-bit

240

GTX 260/216

576

1242

999

896MB

448-bit

216

GTX 260

576

1242

999

896MB

448-bit

192

9800 GX2

600

1500

1000

1GB

512-bit

256

9800 GTX+

738

1836

1100

512MB

256-bit

128

9800 GTX

675

1688

1100

512MB

256-bit

128

9800 GT

600

1500

900

512MB

256-bit

112

9600 GT

650

1625

900

512MB

256-bit

64

9600 GSO

550

1375

800

384MB

192-bit

96

I first saw this “Matrix” card this past summer at Computex, and my first thought was, “Hmm, that’s unattractive.”, but over the course of the past few months, I’ve come to realize that… I was right. It’s not an attractive card, but like their 9800 GTX+ Dark Knight card we took a look at last month, the goal isn’t looks, but rather performance and cooling.

I might not personally find the card that attractive, but it’s all a matter of opinion, and you might disagree. What I do like is this “cool” looking fin array towards the end of the card. The leaf-blower fan inside sweeps air both through these fins and also towards the back. This is an interesting design, and one I like quite a bit. It allows more air to be pushed away from the card faster, rather than designs that only push it towards the back (like most current reference designs).

Connectors at the back include a TV-Out, HDMI and of course, DVI. For those sticking with VGA, an adapter has been included. Also interesting is the addition of an S/PDIF output.

Taking a look at the side-view shot of the card, we can see there is a fair amount of airflow room available underneath the cooler itself. To the immediate right of the row of capacitors underneath the fan are three power phases. This is a feature we’ve seen only from Palit for quite some time, but it’s good to see others catching on. In some cases, additional power phases may do little for stock speeds, but it should greatly improve the chance of a higher successful overclock.

With a look at the card out of the way, let’s take care of the testing methodology on the next page and then kick right into our results, starting with one of the most system-intensive games ever, Crysis Warhead.

Rob Williams

Rob founded Techgage in 2005 to be an ‘Advocate of the consumer’, focusing on fair reviews and keeping people apprised of news in the tech world. Catering to both enthusiasts and businesses alike; from desktop gaming to professional workstations, and all the supporting software.